Isolador de vibração da corda de fio

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Isolador de vibração da corda de fio

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June 20, 2025

Category Connection: Isolador de vibração da corda de fio

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Etiquetas:

#Amplificador de vibração #amortecimento do isolador de corda de arame #amortecedor de vibração de corda de arame

Brief: Discover the JGX-0956A-75A Wire Rope Vibration Isolator, designed for aerospace and military equipment with nonlinear stiffness. This high-performance isolator offers superior vibration control, energy dissipation, and stability in extreme conditions. Perfect for precision instruments and high-frequency applications.

Related Product Features:

Designed for aerospace and military equipment with nonlinear stiffness for superior vibration control.
Fabricated via constant-tension helical winding of high-strength stainless steel wire ropes.
Efficient vibration isolation in the 50-2000 Hz high-frequency range with ≥90% vibration reduction efficiency.
Passed environmental testing per GJB 150-2009 military standard, ensuring performance stability in extreme conditions.
No creep or ageing, with high internal damping and a very wide temperature range.
Extremely rugged construction and long lifespan, unaffected by chemical agents, seawater, ozone, or UV rays.
Excellent combined shock and vibration isolation, suitable for broadband vibration scenarios.
Rapid and economical prototyping with a wide variety of possible fittings.

Perguntas Frequentes:

What is the vibration reduction efficiency of the JGX-0956A-75A Wire Rope Vibration Isolator?

The vibration transmissibility is ≤10%, equivalent to a vibration reduction efficiency of ≥90%.
How does the JGX-0956A-75A perform under extreme temperatures?

It passes environmental testing per GJB 150-2009, with stiffness decay rate ≤8% and damping ratio fluctuation ≤10% after temperature cycles between -55°C and 150°C.
What makes the JGX-0956A-75A suitable for aerospace and military applications?

Its nonlinear stiffness, high-strength stainless steel construction, and ability to handle high-frequency vibrations (50-2000 Hz) make it ideal for precision instruments and extreme conditions.

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